The Physics of Flight

Flight physics The flight test and suffering fluctuated in history. From the many failing people to a few conquered people, the idea of ​​flying always shocks us all. Wright brothers were considered to be inventions of aircraft as they first maintained flight. "Aerodynamics: Air science in the air" says John Allen,

As I got a record worthy of study, I studied "Scientific Giant" and I learned that the breakthrough achievement is the product of thousands of the first discoverers. George Kelly mastered flight physics and wrote the law of aerodynamics - arbitrarily specifying the initial initial discovery related to flight conditions. Orville and Wilburette started a lot, including the last necessary flight. They might not be interested in learning how to fly and according to their request they were sent to Orville and Wilbur with the paper they invented long ago. Brothers built a foundation for speeding up the flight in a few months in 10,000 years, and essentially started to investigate what mankind left. In science, there is not so much leap forward; all "progress" is actually an unorganized combination of thousands of baby steps.

That doctor is sure to be useful. To understand aerodynamics requires a lot of equations - each flight mode (hover, taxi, takeoff) requires a new series of complex variables, coefficients and relationships. In this blog I try to adopt a simplified approach. Whether it is an animal, myth, or an airplane, things that reach the sky must produce enough power to surpass the influence of gravity. The larger the animal, the larger the area (as a plane) of the wing of the animal is proportional to the square of the animal's length. If you multiply that creature n times, the wing area increases by n ^ 2. However, the quality of the animals is different; assuming the density is constant, the scaled mass is equal to the scaled volume, ie the stereo relationship. Now, n times of animals will be n ^ 3 times the weight. Square cube method